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Basic Study of the Scientific Method, a Researcher, Must Know

A scientific method is a procedure by which scientists attempt to explore, verify, or develop a precise and trustworthy model of any natural phenomenon. They are accomplished by establishing an impartial paradigm for scientific inquiry and scientifically examining the results to get a conclusion that either confirms or rejects the initial observation. The study of the scientific method is incumbent upon researchers in all fields. It is because it is not confined to the study of natural sciences, but it extends to the field of social sciences. 

So, every researcher should be aware of the fundamentals of the scientific method and the steps involved in conducting scientific research. We will tell you everything you need to know about the study of scientific method. 

What is the basis of the scientific method?

The study of scientific method has its roots in the learning of science. It is essential to understand science to understand this method. Science is a systematic and rational approach to figuring out how everything functions in the universe. It also refers to the corpus of knowledge gathered over time because of discoveries concerning everything in the cosmos. The method is a technique that looks for tangible outcomes through testing and evaluation. 

Science is predicated on facts, not on personal opinions or views. Science is built on the principle of challenging notions via investigation. One of the essential aspects of this method is that it exclusively considers the natural world. The study of this method does not delve into metaphysical entities because it is outside the physical domain. Hence, it is not possible to investigate it. In a nutshell, the following is the basis of the method:

  • Put a theory to the test to make it more likely to succeed.
  • To come up with a research question and a hypothesis.
  • To collect data to test the theory or hypothesis and then disprove or validate it after analysis

Although it is easy to follow a suitable scientific method, most researchers prefer to buy dissertation online when working on them.

What are the seven basic steps of the scientific method?

Following are the 7 seven steps involved in the study of the scientific method:


We can’t evaluate anything that we do not even know exists. Therefore, scientists are so curious: they’re always on the lookout for correlations, patterns, questions, and issues that we don’t comprehend. When scientists discover a particularly intriguing phenomenon about which they wish to learn more, they proceed to the next phase.

Research Question

 After making an observation, the next step involves formulating a research question. Research questions must be precise and researchable. 

Background Research

After making an observation and formulating a research question, the next step encompasses doing some background research. As a researcher, it is incumbent upon you to make a list of your sources so that it is possible to cite them properly. In the age of information technology, researchers conduct background studies online. There are plenty of credible journals and databases that can provide you access to credible and trustworthy scientific papers. 

Background research provides preliminary information about your research question and the topic. Sometimes research papers require payment, and the full articles are not available. In such a scenario, researchers can read the paper’s abstract, which will provide a synopsis of the past experiments. The more a person acquires knowledge about a subject, the more he or she can carry out research. 


The next step involves formulating a hypothesis. A hypothesis is an educated guess based on the preliminary research and the researcher’s expectations. A hypothesis can also be formulated to test the viability of a theory. It’s a remark that predicts how an experiment will turn out. A hypothesis is typically defined in terms of causality. It could also be used to describe a relationship between two instances. The null hypothesis is one hypothesis often known as the no-difference hypothesis, as it assumes that modifying a variable would not affect the results. A null hypothesis is a simple hypothesis to test.


Scientists devise an experiment to test their hypothesis. In natural sciences, scientists conduct experiments in closed settings and controlled situations. But in natural science and social sciences, the study of scientific method entails an independent variable and a dependent variable. Scientists alter the independent variable and observe its effects on the dependent variable. Similarly, they also make changes in the dependent variable to see if it is making any changes in the independent variable. It is preferable to adjust only one variable in an experiment instead of attempting to aggregate the effects of multiple variables. 


What is the answer to the research question? This is what a researcher seeks to understand in this step. Scientists take a step back, examine the facts, and determine whether to prove the hypothesis at this point or refute it. Although the conclusion is sometimes straightforward, scientists always do statistical analyses to ensure that they read the results correctly.


The final phase involves rejection or approval of the hypothesis in the light of experiments and statistical analysis. There is no right or wrong answer in scientific research. A researcher has to report the outcomes based on the experiments and results. In some circumstances, a hypothesis may correctly predict an outcome. But you may come to the wrong conclusion. The findings might be put into a laboratory report or submitted as a formal study. Although you approve or refute the hypothesis, you will gain an understanding of the topic. You may desire to update or create a new hypothesis for future research.

What are the five characteristics of the scientific method?

Following are the five characteristics of the scientific method:


The study of scientific method is empirical. The method depends upon observing the physical world and refutes a hypothesis contrary to observations. 


You can replicate the scientific experiments. If any other researcher performs the same experiment, he or she will get similar results. 


Observations made through this method are provisional. They are challengeable in the light of new evidence and experimentations. There is no finality in this method; everything is questionable, making it a progressive endeavor. 


A scientific method does not rely on personal opinions and beliefs. It collects observable data and either accepts or rejects a claim. There is no room for subjectivity. 


A scientific method is systematic. It depends on carefully planned experimentation and studies, and it is quite structured.


The study of scientific method is essential for every researcher belonging to natural science and social science. This method improves our understanding of the physical world and contributes significantly to human progress.